HTC Desire 510

HIGH-SPEED PERFORMANCE

The Qualcomm® Snapdragon™ quad-core processor of the HTC Desire 510 provides blazing speeds and high performance capabilities. You’ll enjoy rapid browsing with enhanced rendering speeds, smooth gaming graphics and video streaming, and the ability to seamlessly juggle multiple apps at the same time.

HTC Desire 510

FULL-SIZE DISPLAY

Generous 4.7” display features high resolution for sharp details and rich colour presentation. The HTC Desire® 510 pairs high-speed performance with a stunning display for an immersive smartphone experience.

HTC Desire 510

CUSTOM HOME SCREEN FEED

HTC BlinkFeed™ is a fully customisable home screen that collects your favourite online info, and updates your phone automatically. From the latest sports news to fashion blogs, you’ll get updates in a glance. Your home screen syncs to your social networks too, so you’ll get new posts, notifications and suggestions based on your preferences.

HTC Desire 510

DOT VIEW™

Dual-purpose case protects your HTC Desire® 510 while providing updates and call alerts. Check the weather, get email notices and take incoming calls even while closed. Change your style with the HTC Dot View. Available in four colours: blue, grey, red and white.

HIGH-SPEED PERFORMANCE

FULL-SIZE DISPLAY

CUSTOM HOME SCREEN FEED

DOT VIEW

HTC Desire 510

STUNNING DESIGN

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SIM Card Type

GPS

Camera

AC Adaptor

Network bands in regions may be different, depending on the mobile operator and your location. 4G LTE only available in select countries. Upload and download speeds also depend on the mobile provider.

Available storage is less due to phone software. Approximately 3.99 GB storage available for user content. Available storage is subject to change based on phone software updates and apps usage.

Battery times (talk time, standby time and more) are subject to network and phone usage.

A Standby time specification ("specification") is an industry standard that is only intended to allow comparison of different mobile devices under the same circumstances. Power consumption in a standby state is strongly dependent on factors including but not limited to network, settings, location, movement, signal strength and mobile traffic. Comparisons of different mobile devices using such a specification can therefore only be done in a controlled laboratory environment. When using any mobile device in real life circumstances for which the mobile device is intended, the standby time could be considerably lower and will be strongly dependent on the factors mentioned above.